A cone has the radius of 1 meters and the height of 1 meters. Find the volume of the cone. Round your answer to the nearest tenth.

Find the relationship between the volume of a cone and cylinder when they both have the same radius and height.

A spherical ball has a diameter of 5 inches. The ball has a slow leak which the air escapes at a rate of 3.5 cubic inches per second. The time it would take for the ball to deflate is ___________.

A spherical ball has a diameter of 8 inches. The ball has a slow leak which the air escapes at a rate of 2.5 cubic inches per second. The time it would take for the ball to deflate is ___________.

Sarah is blowing up spherical balloons for her brother's birthday party. The balloons have a radius of 3 inches. If she can inflate the balloon at a rate of 200 cubic in. per minute, the time it would take for the balloon to deflate is ___________.

Find the volume of the hemisphere

Find the volume to the nearest hundredth using 3.14 for Pi.

If a tennis ball has a diameter of 14, find the volume of the tennis ball. Use 3.14 for pi. Round to the nearest whole number (the ones place).

Henry wants to know how much water a sphere can hold with a radius of 6.1 cm. Find the volume. Use 3.14 for pi.

Barney wanted to know how much ice cream he got in one scoop. The radius of a scoop is 2 inches. Find the volume. Use 3.14 for pi.

Find the volume of a sphere with the radius of 1.5 cm.

If a tennis ball has a diameter of 4.8, calculate the volume of the tennis ball. Use 3.14 for pi. Round to the nearest whole number (the ones place).

Note that the value of $straight pi$ is taken as $3.14$ which is an approximate value of . Though it is not exact, we can use this to find the value of a mathematical expression. We can take the value of $straight pi$ as $22 over 7$ also.

If a tennis ball has a diameter of 4.8, calculate the volume of the tennis ball. Use 3.14 for pi. Round to the nearest whole number (the ones place).

Find the volume of a sphere with the radius of 2.3 cm.

Note that, here, we can substitute $straight pi equals 3.14 space text or end text space 22 over 7$ to find the volume of the given sphere using the formula $V equals 4 over 3 πr cubed$ .

Find the volume of a sphere with the radius of 2.3 cm.

Note that, here, we can substitute $straight pi equals 3.14 space text or end text space 22 over 7$ to find the volume of the given sphere using the formula $V equals 4 over 3 πr cubed$ .

Jason wanted to know how much ice cream he got in one scoop. The radius of a scoop is 3 inches. Find the volume. Use 3.14 for pi.

Note that the value of $straight pi$ is taken as $3.14$ which is an approximate value of $straight pi$ . Though it is not exact, we can use this to find the value of a mathematical expression. We can take the value of $straight pi$ as $22 over 7$ also.

Jason wanted to know how much ice cream he got in one scoop. The radius of a scoop is 3 inches. Find the volume. Use 3.14 for pi.

Find the volume of a sphere with the radius of 6.1 cm.

Note that, here, we can substitute $straight pi equals 3.14 space text or end text space 22 over 7$ to find the volume of the given sphere using the formula $V equals 4 over 3 πr cubed$ .

Find the volume of a sphere with the radius of 6.1 cm.